#HOMING x y z
97 messages Β· Page 1 of 1 (latest)
No noise before.
So is it the motors?
Is it the linear rails?
Stealth chop was 999999999, before.
I've deleted it, then
I put it back with 0
I can move x 100mm in any direction, with no noise
I can move Y in any direction with no noise
Homing x and y, individually.
No noise
Homing ALL makes noise
Something is rattling
That (to my ear at least) sounds like an idler, maybe the toothed?
I'm always sus about the toothed idlers, though
Probably depends on the speed of movement. This sounds like a mechanical noise to me, not from the motors.
Also, please refrain from tagging people. Your posts in the #1006498377938255922 are seen by many members in the community
Yeah, generally not a good idea to mass tag. I know Dutch works every day of the week, for example. And a lot of people really do read these.
Tag removed
I'll trust the system π
Lol
Try homing while holding the printer in the air @dreamy night
Especially on the diagonal move, let's see if it sounds the same
Ya. I understand the 12+ hour days 7 days a week. Did it for the last 19 years. So I'm sorry
Don't delete it
Add
interpolate: True
To the stepper x and Y tmc section
Then home it while holding it off the table in the air on the diagonal move
Let's see
Any [safe_z_home] section?
Ok. I moved printhead (ph) to far left an homed x
No noise
Moved ph to far front an homed z
No noise
Did same with home x and y and all
Noise
I picked up cube.
Home all noise but not so loud
Which was pain π
Seems to be a vibration?
But only when x and y are homing
Are my "run current" correct? For kits motors
Belts too tight cause this?
Kit motors as in Honeybadgers'?
Which doesn't make sense. I'd assume it would happen all the time
Yes
You use them for A and B? You've specified different run_current on each.
Ditch the hold_current entries and change run_current to 1.0
Do you have a [safe_z_home] section or not?
stepper_x and stepper_y...
There's no other way you can label them. However, logically, in a core-xy machine there isn't a distinction of a stepper for the X axis and a stepper for the Y axis. They are instead referred to as A stepper and B stepper.
Ok
Idk what a safe z home is
Post your config here for me please
let's start with your printer.cfg
Do you know how to download the klipper log? If using mainsail, it's on the Machine tab
OK. Your homing speed (going towards the endstops) is 75mm/s, and when going towards the center, the movement is 200mm/s, as stated in this section -
home_xy_position = 213, 185
speed = 200
z_hop = 5
z_hop_speed = 20
My theory is that movement at the higher speed is noisier, for some reason which we will try to detect later.
Find the [safe_z_home] section and change the speed to be the same as your homing speed under [stepper_x], which is 75
Is there any change from the video you posted when you created this thread?
safe homing is in here
Great. Set that to 75 to match the speed. save, restart, home all, provide feedback.
Speed is definitely slower.
So sound is lower
See video
Moving Y from 0 to 350, 350 to 0.
No noise.
Issue the command G1 X100 F6000 on the UI's console. This will move the toolhead to X coordinate 100 at a speed of 100mm/s.
Then, issue the command G1 X250 F12000, this would move the toolhead at 200mm/s. Is it the same noise as when the toolhead was homing before?
When doing it from the UI you depend on this UI configuration entry -
Meaning?
I just changed numbers to 20000 and there wasn't anything
So slower shows resistance.
Like tight belts or bearing. Easier
Idk.
Sorry to bother you.
Don't worry about that. I just don't understand what you're saying
After changing the speed in the [safe_z_home], can you reproduce this noise or not?
F20000 equals 333mm/s, your specificied max_velocity under [printer] is 300mm/s.
In any case, you may want to revisit this when your machine is print-ready and tuning for speed, etc. I'm not sure what made this noise specifically for that movement at that specific speed.
Also if you haven't removed the hold_current entries from all [tmc2209 stepper_] sections, and changed the run_current to 1.0 on [stepper_x] and [stepper_y] yet, do so.
Ok. I'll carry on with the "step"
If you want to try and reproduce this in the same diagonal movement as done when homing, these are the commands you can try -
G1 X360 Y410 Fxxxx
G1 X213 Y185 Fxxxx
Change the number after the F to whatever speed (feedrate) you want. It has to be specified in mm per minute, so multiply whatever mm/s value you want to test by 60.
Ok